FLIR High-Speed MWIR Science-Grade Camera X6980-HS InSb™

The FLIR X6980-HS InSb stands as an exceptional longwave infrared camera engineered to meet the demands of scientists and engineers requiring swift high-speed imaging for precise thermal analysis and custom radiometric measurements. This cutting-edge thermal imaging device combines the superior 640 × 512 resolution from the FLIR indium antimonide (InSb) detector with unmatched high-speed frame rates, ensuring the capture of crisp stop-motion images of fast-paced events with unparalleled accuracy. Its advanced capabilities enable users to achieve shorter snapshot speeds and wider temperature bands, facilitating the recording of detailed thermal data across a broad spectrum of dynamic scenarios.

Equipped with a versatile four-position motorised filter wheel and compatible with FLIR motorized focus lenses, the X6980-HS InSb provides users with unparalleled flexibility and efficiency in dynamic acquisition environments. Not only does it deliver high-quality recordings, but it also saves valuable time by streamlining the data acquisition process. Whether utilized in laboratory settings or in the field, this state-of-the-art thermal imaging solution empowers researchers and engineers to optimize their workflow, enhance productivity, and achieve superior results in their thermal analysis endeavors.

Full Frame Rate Streaming

Experience unmatched image clarity and speed with the FLIR X6980-HS MWIR camera, boasting advanced full-frame rate streaming capabilities. Equipped with high-speed interfaces like 10 GigE, CXP 2.1, and CameraLink Full, researchers can seamlessly stream thermal imagery at the highest frame rates, capturing even the fastest events with exceptional detail and precision.

SSD Storage for Extended Recording

To accommodate prolonged monitoring sessions and facilitate in-depth analysis, the X6980-HS presents extended SSD recording capabilities. With this feature, researchers can capture detailed thermal events for over two hours directly onto a removable 4 TB NVMe SSD, without encountering any dropped frames. This extended recording capability not only facilitates comprehensive data collection but also guarantees that all critical thermal events are captured in their entirety, mitigating the risk of missing crucial information. By providing ample storage space and uninterrupted recording, the X6980-HS enables researchers to conduct thorough analyses and derive meaningful insights from thermal data without limitations.

Data Transfer in the Blink of an Eye

Effortlessly incorporate thermal data into your analysis workflow using the X6980-HS' seamless data integration capabilities. Easily transfer complete recordings from the NvMe SSD to your computer, ensuring that your thermal data is consistently accessible for thorough analysis and interpretation. This streamlined transfer process eradicates any delays in accessing vital thermal information, empowering researchers to swiftly and efficiently make informed decisions.

Precise Timing System

Equipped with a sophisticated timing system, the X6980-HS ensures accurate and synchronized data capture, regardless of environmental factors. Its proprietary triggering, synchronization, and IRIG time stamping capabilities guarantee precise and on-time recording of thermal events, instilling confidence in researchers that their data is captured with the utmost accuracy. With this level of precision, researchers can conduct robust analysis and draw reliable conclusions from their thermal imaging studies, facilitating informed decision-making and advancing scientific understanding.

For more information regarding pricing and lead times, get in touch at +44 (0) 800 583 4455 or sales@sjelectronics.co.uk